From Low-Tech Photographic Portals To High-Tech Televisual Portals @portalsandmagicghostnumbercube

Uploaded June 2026 | Updated September 2026, 2 weeks ago

If you follow the line of spatial reasoning that I've laid out, you should be able to see how one becomes the other, from a very basic insight into the inverse relationship between invisibility and holodecks, all the way thru to the many facets and uses for a pseudo-coresponding pair of Photographic Portals, all the way up to its final embodiment as a real-time dual-televised Televisual Portal System.

Consider The Las Vegas Sphere and how with a few tweaks along with my discoveries, you can see that these Televisual Portal dual-televised cloaked virtual realities are the last significant step in the evolution of what's already been proven to be the future of portal technologies!

#invisibilitycloak #holodeck #lasvegassphere #portals #dreamscometrue

From Low-Tech Photographic Portals To High-Tech Televisual Portals

Televisual High-Tech Conceptual Light-Interface Model/Photograph Low-Tech Lenticular Box Invention

The Three Major Parts Of A True Televisual Portal System Are Out There!

Triple-Lobed Infinity And A Model Of Quark Confinement

Octahedra Marks The Boundary Between Cubes And Higher Polyhedra: Definite/Statistical

$Higher 3-Dimensional Fully Connected Graphs: Fractal Points And Lines All my life, the research that Ive put towards studying invisibility and its inverse by-product holodeck, has mainly been in a flat 2-Dimensional form of what I call cross-sections, polygons nested within the same kinds of polygons. What distance Ive ventured beyond a flat space has purely been in illustrations. Nothing precise. What Im hoping to do, is go beyond the 2-D and into the third dimension. Yesterday, I completed a fully-connected graph in the form of a dodecahedron light-interface. What interests me are the parallel lines that are going into and out of an interface, creating an invisible outer boundary and an interior holodeck by-product. I may need to obtain color copies from my friends at Oberst Printing Company on West 2nd Street in Owensboro Kentucky, of my fully-connected dodecahedron graph in order to toy around to determine what are all of the parallel straight line groups that pass thru physical 3-Dimensional light-interfaces. Im also working on physical models, interpreting these parallel lines going thru them and seeing how they relate or differ from its 2-dimensional cross-sections counterpart Previous video: https://youtu.be/NQEzU4a39-M?is=u7ZdcLrsCl-T7H2i #fractal #intersections #polyhedra #points #graphtheory$

Dual-Adaptive Camouflage Puppet Light-Interfacing Real Practical Invisibility Suit

$Exploring Real And Ghost Core Numbers In Higher Polyhedra And Fractal Cubes I apologize if Im a little inaudible or if this video was not well put together. I was inspired by the poetry of the night! The video ends abruptly but I believe I got all I needed to say in it. There are two ways to study the real and ghost core numbers in a Magic Real and Ghost Number Cube, or Magic Hybrid Number Cubes: - One is by way of higher polyhedra: Magic Nested Dodecahedron and Icosahedron The Core Ghost Number influences the averaging out of the Outer Ghost Numbers on higher polyhedra other than a cube. The Core Real Number influences the equations that intersect the higher polyhedron and thats where Im at right now. Im studying how the secondary real number equations are created in the dodecahedron and icosahedron. The primary real number equations was straightforward. Higher polyhedra can be thought of as expressing the cube on a higher level than the three dimensions of space. - Another way is with Fractal Cubes and Synergetic Fractal Cubes. The basic Fractal Cube studies the cubes per face of outer and nested cubes. The Synergetic Fractal Cube, which is a hidden faces multiple of the micro core ghost numbers and their values that account for the hidden faces inside the basic Fractal Cube. The Fractal Cube can be thought of as a fractalization of the real and ghost core numbers. https://youtube.com/playlist?list=PL9ArnWI_cuWvHFHh6NwxTNa-F9dSyMkxR&si=5BTdqu9ylCI_v-8l #linearalgebra #matrices #cube #polyhedra #fractal$

Two Types Of Square And Cubed Matrices That I Discovered

Central Real Number 9: Unfinished Business From Last Night